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A Research Experience for Undergraduate (REU) Program sponsored by National Science Foundation
- TREND Application Forms and Submission Instructions
- Program Introduction
- Purpose of TREND
- TREND Projects 2017
- Academic Credit
- Qualifications and How to Apply
- TREND Fairs and Publications
The University of Maryland's Institute for Research in Electronics and Applied Physics, with support from the National Science Foundation, is offering exciting research opportunities for undergraduate students in the broad area of nonlinear dynamics. Students from a variety of universities and backgrounds typically work in teams of two or three for 10 weeks during the summer and are supervised jointly by faculty members and graduate students. The program begins June 6 and ends August 12, 2016.
Research projects will be theoretical, experimental, or both. Examples of research topics are: experimental studies of nonlinear systems - turbulence and flows; theoretical and computational studies of magnetic reconnection and the dynamics of energetic particles; nonlinear dynamics in charged particle beam systems; synchronization patterns in optoelectronic networks; the dynamics of soft matter, granular matter, and biomaterials; theoretical and computational studies of emergence in nonlinear dynamics; optical nonlinearity in topological systems; motion guidance for underwater vehicles using autonomous control and oceanographic models with forecast uncertainty; and dynamics of living cells.
A number of events will be sponsored during the summer to enhance the learning experience, including a weekly seminar series on a wide range of topics and a research fair at the end of the summer where the students will present the results of their investigations.
- Involve talented students in a diverse research program
- Introduce undergraduates to team-based and cross-disciplinary research
- Provide the opportunity to sharpen oral and written communication skills
- Help students prepare for graduate school and define career goals
- Help students prepare for research and teaching positions throughout industry and academia
During the program, students develop their research projects, attend technical seminars, visit local industry and government organizations, and meet with leaders in the field. The summer program culminates in the TREND Research Fair, a half-day program during which student teams demonstrate their accomplishments and are evaluated by a panel of experts. The top prize for the best paper competition will normally be travel expenses to a suitable conference where the students can present their research results.
TREND students receive up to $5,400 for the 10-week period. This includes a $4,800 stipend for their work in the summer, as well as $600 for incidental daily expenses. On-campus room and board in designated UMCP-owned and operated facilities is provided (if the student resides outside the greater Washington, D.C. metropolitan area). Married student housing is not available.
The TREND projects that will be offered during the summer 2017 session are listed below. Project names are linked to their respective descriptions. Faculty members and project directors' names are linked to their home pages where available. You are encouraged to contact the project directors directly, or Prof. Michelle Girvan (email@example.com), if you would like more information about a particular project.
- T1. Experimental Studies of Nonlinear Systems: Turbulence and Flows -- Daniel P. Lathrop
- T2. Theoretical and Computational Studies of Magnetic Reconnection and the Dynamics of Energetic Particles -- James F. Drake and Marc Swisdak
- T3. Nonlinear Dynamics in Charged Particle Beam Systems -- Rami Kishek, Brian Beaudoin, and Eric Montgomery
- T4. Synchronization Patterns in Optoelectronic Networks -- Rajarshi Roy and Thomas Murphy
- T5. Dynamics of Soft Matter, Granular Matter, and Biomaterials -- Wolfgang Losert
- T6. Theoretical and Computational Studies of Emergence in Nonlinear Systems -- Michelle Girvan, Edward Ott and Thomas Antonsen
- T7. Optical Nonlinearity in Topological Systems -- Mohammad Hafezi
- T8. Motion Guidance for Underwater Vehicles Using Autonomous Control and Oceanographic Models with Forecast Uncertainty -- Derek Paley
- T9. Dynamics of Living Cells -- Arpita Upadhyaya
Students of the University of Maryland may receive up to 3 academic credits for their work during the summer. Students from institutions other than the University of Maryland may request transfer credit from home institutions subject to the constraints imposed by their degree program.
The TREND Program is open to U.S. citizens and permanent residents only. Students must be currently enrolled in a college or university and have an anticipated graduation date of December 2017 or later. The minimum preferred GPA is 3.3 on a 4.0 scale. (Motivated students without the recommended GPA may apply, but such applications will only be considered if special mitigating circumstances exist.) The following items must be submitted to the TREND Program: application form, essay, two letters of recommendation, and an official transcript. The online application and essay link may be found on the TREND application page. The application form and essay should be submitted through the online form. Letters of recommendation may be submitted electronically to firstname.lastname@example.org or mailed to Prof. Girvan at the address below. These materials may arrive separately. Official transcripts must be sent by the registrar of your university either electronically to email@example.com or to the following address:
Prof. Michelle Girvan
Institute for Research in Electronics and Applied Physics
Bldg. 223, 8279 Paint Branch Drive
University of Maryland
College Park, Maryland 20742-3511
Regardless of the method chosen, the deadline for receipt of the completed application, essay, official transcript, and letters of recommendation is February 17, 2017. Applications received after the deadline will be considered only on a space-available basis.
For further information about the TREND Program, please contact Prof. Michelle Girvan at 301-405-1610 or firstname.lastname@example.org.